Few studies have evaluated human seizure occurrence over the 24-hour day, and only one
group has employed intracranial electrocorticography monitoring to record seizures …

Purpose: To characterize cyclic day–night patterns of electrocorticographic epileptiform
activity (EA) in patients with focal onset seizures. Methods: Epileptiform events as defined by …

Purpose: Very few studies have evaluated seizure occurrence in humans over the 24‐h day;
data from children are particularly scarce. Circadian patterns in seizure occurrence may be …

Circadian rhythm of seizure is underestimated in the study of focal epilepsies. A review of
the current literature revealed a clear correlation between cortical epileptogenic focus and …

There is strong evidence that epileptic seizures occur in diurnal or 24-h patterns. A study in
rat models of partial epilepsy showed circadian seizure patterns, and in humans circadian …

We report on a quantitative analysis of electrocorticography data from a study that acquired
continuous ambulatory recordings in humans over extended periods of time. The objectives …

OBJECTIVE: To investigate the correlation between scalp-recorded
electroencephalographic (EEG) and electrocorticographic (ECoG) activities during ictal …

Purpose: To evaluate the relationship of sleep/awake and circadian patterns to generalized
seizures. Methods: Charts of 1,044 consecutive pediatric epilepsy patients undergoing video …

Purpose Stress is the seizure precipitant most often reported by patients with epilepsy or
their caregivers. The relation between stress and seizures is presumably mediated by stress …

Objective: To evaluate whether the distribution of seizures throughout the day is the same in
ambulatory outpatient conditions as observed in inpatient conditions. Methods: We analyzed …